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"... Best effort traffic in the Internet is managed by end to end congestion control mechanisms whose limitations are known. The continuous Internet growth leads to more and more applications that don't "play the rules" of the end-to-end congestion control scheme. Simple mechanisms inside ..."

Bestefforttraffic in the Internet is managed by end to end congestion control mechanisms whose limitations are known. The continuous Internet growth leads to more and more applications that don't "play the rules" of the end-to-end congestion control scheme. Simple mechanisms inside

"... While PFQ algorithms can provide per-flow end-to-end delay guarantees for real-time traffic or protection among competing best-effort traffic, they have two important limitations. The first one is that, since only one parameter (a weight) is used to allocate resource for each flow, there is a coupli ..."

While PFQ algorithms can provide per-flow end-to-end delay guarantees for real-time traffic or protection among competing best-efforttraffic, they have two important limitations. The first one is that, since only one parameter (a weight) is used to allocate resource for each flow, there is a

"... While PFQ algorithms can provide per-flow end-to-end delay guarantees for real-time traffic or protection among competing best-effort traffic, they have two important limitations. The first one is that, since only one parameter (a weight) is used to allocate resource for each flow, there is a coupl ..."

While PFQ algorithms can provide per-flow end-to-end delay guarantees for real-time traffic or protection among competing best-efforttraffic, they have two important limitations. The first one is that, since only one parameter (a weight) is used to allocate resource for each flow, there is a

"... In this paper, we propose router mechanisms to regulate unresponsive best-effort traffic. By unresponsive traffic, we mean flows that do not reduce their sending rate in response to congestion. The goal of the proposed mechanisms is to drop undeliverable packets as close to the periphery of the netw ..."

In this paper, we propose router mechanisms to regulate unresponsive best-efforttraffic. By unresponsive traffic, we mean flows that do not reduce their sending rate in response to congestion. The goal of the proposed mechanisms is to drop undeliverable packets as close to the periphery

"... Abstract — In IEEE 802.16 networks, a bandwidth request-grant mechanism is employed for reducing data collision and sup-porting various QoS requirements. In this paper, we investigate the effectiveness of the mechanism on Best-Effort (BE) traffic. We first derive two candidate schemes for bandwidth ..."

Abstract — In IEEE 802.16 networks, a bandwidth request-grant mechanism is employed for reducing data collision and sup-porting various QoS requirements. In this paper, we investigate the effectiveness of the mechanism on Best-Effort (BE) traffic. We first derive two candidate schemes for bandwidth

"... The advent of Multi-protocol Label Switching (MPLS) enables traffic engineering by introducing connectionoriented features of forwarding packets over arbitrary nonshortest paths. Our goal in this research is to improve the network utilization for best effort traffic in IP networks. By examining the ..."

The advent of Multi-protocol Label Switching (MPLS) enables traffic engineering by introducing connectionoriented features of forwarding packets over arbitrary nonshortest paths. Our goal in this research is to improve the network utilization for bestefforttraffic in IP networks. By examining

"... In this paper, we present a dynamic routing algorithm for best-effort traffic in "Integrated-Services" networks. Our goal is to improve the throughput of high-bandwidth traffic, such as large file transfers, in a network where flows exhibiting different Quality of Services (QoS) requiremen ..."

In this paper, we present a dynamic routing algorithm for best-efforttraffic in "Integrated-Services" networks. Our goal is to improve the throughput of high-bandwidth traffic, such as large file transfers, in a network where flows exhibiting different Quality of Services (Qo

"... Integrated Services Digital Network) that can transfer many types of multimedia information. In ATM-based networks, all information is transferred by dividing into fixed-size packets (called as cells). The ATM network is a connection-oriented network by virtue of a notion of virtual circuits called ..."

of various kinds of applications. At a connection setup, an application has to declare its traffic parameters and negotiates its QoS requirements with the network. However, since most of the existing applications such as data communications generate best-efforttraffic, it is usually difficult